HomeKLTH0B09834g
similar to uniprot|P22146 Saccharomyces cerevisiae YMR307W GAS1 Beta-1.3-glucanosyltransferase required for cell wall assembly localizes to the cell surface via a glycosylphosphatidylinositol (GPI) anchor
Element type: CDS
Element length: 1641 nucleotides,
on anti-sense strand of
Klth0B: complement(812816..814456).
Other names:
KLTH-ORF14525
Coding sequence: 547 codons.
Element length: 1641 nucleotides,
on anti-sense strand of
Klth0B: complement(812816..814456).
Other names:
KLTH-ORF14525
Coding sequence: 547 codons.
Database cross references:
EMBL: CU928166
GeneID: 8291058
GenomeReviews: CU928166_GR
Orthologs: strict determination not possible; homologs must be refined manually
EMBL: CU928166
GeneID: 8291058
GenomeReviews: CU928166_GR
Homologs and Orthologs
Homologs in protein family: GL3R0042Orthologs: strict determination not possible; homologs must be refined manually
Protein KLTH0B09834p 
similar to uniprot|P22146 Saccharomyces cerevisiae YMR307W GAS1 Beta-1.3-glucanosyltransferase required for cell wall assembly localizes to the cell surface via a glycosylphosphatidylinositol (GPI) anchor; SubName: Full=KLTH0B09834p;
Protein domain map
Database cross references:
Gene3D: G3DSA:3.20.20.80
InterPro: IPR004886
InterPro: IPR012946
InterPro: IPR013781
InterPro: IPR017853
KEGG: lth:KLTH0B09834g
Pfam: PF03198
Pfam: PF07983
RefSeq: XP_002552214.1
SMART: SM00768
UniProtKB/TrEMBL: C5DDB5
UniProtKB: C5DDB5_LACTC
Phylogeny
PhylomeDB:KLTH0B09834g
Gene3D: G3DSA:3.20.20.80
InterPro: IPR004886
InterPro: IPR012946
InterPro: IPR013781
InterPro: IPR017853
KEGG: lth:KLTH0B09834g
Pfam: PF03198
Pfam: PF07983
RefSeq: XP_002552214.1
SMART: SM00768
UniProtKB/TrEMBL: C5DDB5
UniProtKB: C5DDB5_LACTC
Phylogeny
PhylomeDB:KLTH0B09834gGene Ontology terms
Sequence data
>KLTH0B09834g.nt ATGTTGTTTCGCAAGATTACAGCCCTGTCAGTAGCGTCGCTGTTGACAAGTCGCGTTGTG GCCGACGATCTGCCTGCTATCGAGGTCAAGGGTAACAAGTTCTTTTTCTCGAACAATGGC TCCCAGTTTTACATGAAGGGTATTGCTTACCAGCAAGACACAGCCAACACAACCAGCGGC GAGAGTTTCAACGATCCGCTCGCTGACTACGAGACCTGTTCCAGAGATATCCCATACATG CAGGCTGTGGACACCAACACCATCCGTGTGTATGCCTTGAACAATTCTTTGGACCACACC AAGTGTATGCAAGCTTTGAATGACGCTGGTATCTATGTTATTGCAGACCTATCTCAGCCT TCTCAATCCATCAACAGAGACGACCCTGCTTGGGATCTTGAGCTGTACAAGCGTTACACT GACGTCATTGATGCCATGCACAACTACACCAACATCTTGGGTTTCTTCGCCGGTAACGAA GTCACCAACAACAAATCGAACACTGCTGCCTCCGCCTTCGTTAAGGCCGCTATCAGAGAC TGCAAAAAATACATCAAGGACAAGGGCTACAGAGACATTCCTGTCGGTTACTCCACAAAC GATGATGAGGAAACTAGAGTCAGCATGGCCGACTACTTCGCTTGCGGAGATGAAGACGTC AGAGCCGACTTCTACGGTATTAACATGTATGAGTGGTGTGGCTCTTCTACTTTCCAGTCT TCCGGTTACGAGGACAGAACCAAAGAGTTTTCCAACTTGACTATTCCTATCTTCTTCTCT GAGTATGGTTGCATAGAAAGCAGACCAAGAAAGTTCCAAGAAGTCGGTACTCTTTACAGT GATGACATGACTGACGTGTGGTCCGGTGGTATCGTCTACATGTACTTCGAGGAAGCCAAC AACTACGGCCTTGTGTCCGTCTCTGGCGACAAAGTTAGCACATTGTCTGACTACAGCTAC TACTCTGAGGAGATCAAGAGCGTCTCCCCAACCTCTGTTAACTCTAAGACTTACACTGTC TCGAATGCGACTTTGTCGTGCCCTGCCACAAACTCGAACTGGAAGGCTGCTACCAGCTTG CCTCCAACTCCTAACCAGCAAGTGTGCGAGTGTATGTCTGGTTCCTTGTCTTGCGTCGTT GCCGATGATGTTGACGAGGATGACTACCAGGACCTGTTTGACTACGTTTGTGGTGTCATT TCTTGCGACGGCATCACTGCCAGCGGATCTAACGGCACTTATGGATCTTACTCCTTCTGC GATGCCAAGTCTAAGCTTTCTTTTGTCCTGAACAAATACTATGAGAGCAACGGTTCCAGC AAGTCTGCTTGTAGCTTCAGTGGCTCCGCTTCTCTGCAAACCGCAAGCACCGCCTCCACC TGCTCTTCTATCTTGAGCCAAATCGGTTCTCAAGGCACTGGCTCCGCCACTGGTTTGTCT TCCGCTACCGGCGTTAGTTCCATCAGCACCGGTTCCAACTCTGGCTCTAAGTCTGGGTCC TCGAGCTCTTCATCTTCCTCAAGCTCCTCGGACAAAAAGAACGCTGCCTCAACAAACTCT CCTAAGTCTGTCGCTCAGATACTGCTGACTGCCTTTGTGGCCATCGGTGCCACCGCTGGC GTTGGCTTTGTTATCGCTTAA
>KLTH0B09834g.cds ATGTTGTTTCGCAAGATTACAGCCCTGTCAGTAGCGTCGCTGTTGACAAGTCGCGTTGTG GCCGACGATCTGCCTGCTATCGAGGTCAAGGGTAACAAGTTCTTTTTCTCGAACAATGGC TCCCAGTTTTACATGAAGGGTATTGCTTACCAGCAAGACACAGCCAACACAACCAGCGGC GAGAGTTTCAACGATCCGCTCGCTGACTACGAGACCTGTTCCAGAGATATCCCATACATG CAGGCTGTGGACACCAACACCATCCGTGTGTATGCCTTGAACAATTCTTTGGACCACACC AAGTGTATGCAAGCTTTGAATGACGCTGGTATCTATGTTATTGCAGACCTATCTCAGCCT TCTCAATCCATCAACAGAGACGACCCTGCTTGGGATCTTGAGCTGTACAAGCGTTACACT GACGTCATTGATGCCATGCACAACTACACCAACATCTTGGGTTTCTTCGCCGGTAACGAA GTCACCAACAACAAATCGAACACTGCTGCCTCCGCCTTCGTTAAGGCCGCTATCAGAGAC TGCAAAAAATACATCAAGGACAAGGGCTACAGAGACATTCCTGTCGGTTACTCCACAAAC GATGATGAGGAAACTAGAGTCAGCATGGCCGACTACTTCGCTTGCGGAGATGAAGACGTC AGAGCCGACTTCTACGGTATTAACATGTATGAGTGGTGTGGCTCTTCTACTTTCCAGTCT TCCGGTTACGAGGACAGAACCAAAGAGTTTTCCAACTTGACTATTCCTATCTTCTTCTCT GAGTATGGTTGCATAGAAAGCAGACCAAGAAAGTTCCAAGAAGTCGGTACTCTTTACAGT GATGACATGACTGACGTGTGGTCCGGTGGTATCGTCTACATGTACTTCGAGGAAGCCAAC AACTACGGCCTTGTGTCCGTCTCTGGCGACAAAGTTAGCACATTGTCTGACTACAGCTAC TACTCTGAGGAGATCAAGAGCGTCTCCCCAACCTCTGTTAACTCTAAGACTTACACTGTC TCGAATGCGACTTTGTCGTGCCCTGCCACAAACTCGAACTGGAAGGCTGCTACCAGCTTG CCTCCAACTCCTAACCAGCAAGTGTGCGAGTGTATGTCTGGTTCCTTGTCTTGCGTCGTT GCCGATGATGTTGACGAGGATGACTACCAGGACCTGTTTGACTACGTTTGTGGTGTCATT TCTTGCGACGGCATCACTGCCAGCGGATCTAACGGCACTTATGGATCTTACTCCTTCTGC GATGCCAAGTCTAAGCTTTCTTTTGTCCTGAACAAATACTATGAGAGCAACGGTTCCAGC AAGTCTGCTTGTAGCTTCAGTGGCTCCGCTTCTCTGCAAACCGCAAGCACCGCCTCCACC TGCTCTTCTATCTTGAGCCAAATCGGTTCTCAAGGCACTGGCTCCGCCACTGGTTTGTCT TCCGCTACCGGCGTTAGTTCCATCAGCACCGGTTCCAACTCTGGCTCTAAGTCTGGGTCC TCGAGCTCTTCATCTTCCTCAAGCTCCTCGGACAAAAAGAACGCTGCCTCAACAAACTCT CCTAAGTCTGTCGCTCAGATACTGCTGACTGCCTTTGTGGCCATCGGTGCCACCGCTGGC GTTGGCTTTGTTATCGCTTAA
>KLTH0B09834g.aa MLFRKITALSVASLLTSRVVADDLPAIEVKGNKFFFSNNGSQFYMKGIAYQQDTANTTSG ESFNDPLADYETCSRDIPYMQAVDTNTIRVYALNNSLDHTKCMQALNDAGIYVIADLSQP SQSINRDDPAWDLELYKRYTDVIDAMHNYTNILGFFAGNEVTNNKSNTAASAFVKAAIRD CKKYIKDKGYRDIPVGYSTNDDEETRVSMADYFACGDEDVRADFYGINMYEWCGSSTFQS SGYEDRTKEFSNLTIPIFFSEYGCIESRPRKFQEVGTLYSDDMTDVWSGGIVYMYFEEAN NYGLVSVSGDKVSTLSDYSYYSEEIKSVSPTSVNSKTYTVSNATLSCPATNSNWKAATSL PPTPNQQVCECMSGSLSCVVADDVDEDDYQDLFDYVCGVISCDGITASGSNGTYGSYSFC DAKSKLSFVLNKYYESNGSSKSACSFSGSASLQTASTASTCSSILSQIGSQGTGSATGLS SATGVSSISTGSNSGSKSGSSSSSSSSSSSDKKNAASTNSPKSVAQILLTAFVAIGATAG VGFVIA*
Legend and notes
Lengths
The length, in codons, of coding sequences includes the stop codon, hence it is one unit longer than the protein length.
Genomic environment map
Click on the symbol of an element or a family to go to its corresponding page. Colors in the lane "protein encoding genes" indicate strandedness: shades of blue for direct orientation, shades of red for reverse orientation. Colors in the lane "protein family" are arbitrarly chosen in such a way that different protein families have different colors in the map.
Protein domain map
Domains are extracted from SwissProt files. Click on the symbol of a domain to extract the domain sequence.
Genemark image and list
Genemark computation of protein-coding potential of DNA was made from 1000 nucleotides upstream the open reading frame to 300 nucleotides downstream. Thus the open reading frame protein-coding potential appears on frame #3.
Sequences
| Color | Nucleotide sequence and Coding sequence | Predicted translation product |
| RED | start and stop codons | Initial methionine and sequence end |
| BLUE | coding sequence | protein sequence |
| grey | non-coding sequence (upstream, downstream or intron) | |
| grey | donor and acceptor splicing sites |
URL: http://www.genolevures.org/elt/KLTH/KLTH0B09834p